fluxionary

简明释义

英[ˈflʌkʃənəri]美[ˈflʌkʃənəri]

adj. 微分的；不定的（等于 fluxional）

英英释义

单词用法

同义词

反义词

例句

1.We carry on the primary nature and the Analysis nature archery target research to it, but thoroughly understood its characteristic, and widely USES in solving some fluxionary calculus problems.

我们对它进行初等性质及分析性质的研究，可深入了解其特性，并广泛用于解决一些微积分的问题。

2.We carry on the primary nature and the Analysis nature archery target research to it, but thoroughly understood its characteristic, and widely USES in solving some fluxionary calculus problems.

我们对它进行初等性质及分析性质的研究，可深入了解其特性，并广泛用于解决一些微积分的问题。

3.The limit was the key point and the difficulty of the teaching of fluxionary calculus , this article summarizes application mathematics software MAPLE in the limit teaching.

极限是微积分的重点和难点。本文简述了数学软件MAPLE在极限教学中的应用。

4.The scientist proposed a new theory based on the principles of fluxionary 变流的 dynamics.

这位科学家提出了一种基于变流的动力学原理的新理论。

5.In the field of mathematics, fluxionary 变流的 concepts can help solve complex problems.

在数学领域，变流的概念可以帮助解决复杂的问题。

6.The engineers used fluxionary 变流的 models to predict the behavior of the fluid in the pipeline.

工程师们使用变流的模型来预测管道中流体的行为。

7.Understanding fluxionary 变流的 systems is crucial for developing effective environmental policies.

理解变流的系统对制定有效的环境政策至关重要。

8.The fluxionary 变流的 nature of the market requires businesses to be adaptable.

市场的变流的特性要求企业具有适应能力。

作文

In the realm of mathematics and physics, the term fluxionary refers to a concept that is deeply intertwined with the notions of change and motion. Historically, the word 'fluxion' was introduced by Sir Isaac Newton as a way to describe the instantaneous rate of change of a quantity, which laid the groundwork for what we now understand as calculus. The fluxionary approach emphasizes the dynamic nature of quantities as they evolve over time, making it a pivotal concept in understanding not just mathematical theories but also real-world phenomena. Consider the example of a river flowing. The water in the river is constantly in motion, changing its position and velocity. This continuous movement can be analyzed through a fluxionary lens, where we observe how the flow rate may vary depending on factors such as rainfall, terrain, and human intervention. By applying the principles of fluxionary analysis, scientists can predict flooding events or assess the impact of environmental changes on aquatic ecosystems. In the field of economics, the fluxionary concept can also be applied to understand market dynamics. Prices of goods and services are not static; they fluctuate based on supply and demand, consumer behavior, and external economic factors. An economist employing a fluxionary perspective might analyze how quickly prices respond to changes in demand, providing insights into market efficiency and consumer sentiment. This understanding can help businesses make informed decisions about pricing strategies, inventory management, and investment opportunities. Moreover, in the context of personal development and psychology, the fluxionary idea can be seen in the way individuals adapt and change over time. Just as physical entities can undergo transformations, so too can human thoughts, emotions, and behaviors. A person might experience a fluxionary shift in their mindset after encountering new experiences or challenges, leading to growth and resilience. Recognizing this aspect of our lives can encourage us to embrace change rather than resist it, fostering a more adaptable and open-minded approach to life. The fluxionary framework encourages us to view the world as a series of interconnected processes rather than isolated events. This perspective is particularly valuable in our increasingly complex world, where the interplay between different systems—be it ecological, economic, or social—can have profound implications. By adopting a fluxionary mindset, we can better appreciate the fluidity of existence and the importance of adaptability in navigating the challenges we face. In conclusion, the term fluxionary encapsulates the essence of change and motion across various disciplines. Whether in mathematics, economics, or personal growth, understanding the fluxionary nature of phenomena allows us to engage with the world more effectively. As we continue to explore the intricacies of our surroundings, embracing a fluxionary perspective will undoubtedly enrich our understanding and enhance our capacity for adaptation and innovation.

在数学和物理的领域中，术语fluxionary指的是一个与变化和运动的概念密切相关的概念。历史上，“fluxion”这个词是由艾萨克·牛顿引入的，用来描述一个量的瞬时变化率，这为我们现在理解的微积分奠定了基础。fluxionary方法强调了量随时间演变的动态特性，使其成为理解不仅仅是数学理论，还包括现实世界现象的关键概念。 考虑河流流动的例子。河中的水不断运动，改变着其位置和速度。这种持续的运动可以通过fluxionary的视角进行分析，我们可以观察到流速如何根据降雨、地形和人类干预等因素而变化。通过应用fluxionary分析原则，科学家可以预测洪水事件或评估环境变化对水生生态系统的影响。 在经济学领域，fluxionary概念也可以用来理解市场动态。商品和服务的价格并不是静态的；它们会根据供求关系、消费者行为和外部经济因素而波动。一位经济学家采用fluxionary视角可能会分析价格对需求变化的响应速度，从而提供关于市场效率和消费者情绪的见解。这种理解可以帮助企业做出关于定价策略、库存管理和投资机会的明智决策。 此外，在个人发展和心理学的背景下，fluxionary思想可以在个体随着时间的推移而适应和变化的方式中看到。正如物理实体可以经历转变一样，人类的思想、情感和行为也可以如此。一个人在经历新体验或挑战后，可能会经历fluxionary的心态转变，导致成长和韧性。认识到我们生活中的这一方面可以鼓励我们拥抱变化，而不是抵制它，从而培养一种更具适应性和开放心态的生活方式。 fluxionary框架鼓励我们将世界视为一系列相互关联的过程，而不是孤立的事件。这种视角在我们日益复杂的世界中尤其有价值，因为不同系统之间的相互作用——无论是生态、经济还是社会——都可能产生深远的影响。通过采用fluxionary心态，我们可以更好地欣赏存在的流动性以及在应对面临的挑战时适应能力的重要性。 总之，术语fluxionary概括了在各个学科中变化和运动的本质。无论是在数学、经济学还是个人成长中，理解现象的fluxionary特性使我们能够更有效地与世界互动。随着我们继续探索周围事物的复杂性，拥抱fluxionary的视角无疑会丰富我们的理解，并增强我们适应和创新的能力。